Max Robotics — Global Service Robot Directory + US Certification

About

Kiho Im is a leading researcher in cognitive neuroscience, with a focus on brain plasticity, aging, and the effects of cognitive interventions. His work investigates how structural brain changes occur in response to training, particularly in healthy elderly populations. A standout contribution is his 2015 study on "Structural Brain Changes after Traditional and Robot-Assisted Multi-Domain Cognitive Training," which demonstrated that multi-domain cognitive training—especially robot-assisted approaches—can alter cortical thickness in older adults without cognitive impairment. This highly cited paper (98 citations) has been pivotal in advancing non-pharmacological strategies to promote healthy brain aging. Im’s research bridges neuroimaging and interventional neuroscience, offering insights into how technology-enhanced training can preserve cognitive function. His work is widely recognized for its practical implications in aging societies, and he continues to shape the field by exploring how targeted training paradigms can mitigate age-related neural decline. For students and researchers, Im’s studies underscore the potential of combining robotics with cognitive exercises to foster brain resilience in later life.